Student‐generated assignments about electrical circuits in a computer simulation

Abstract

In this study we investigated the design of assignments by students as a knowledge‐generating activity. Students were required to design assignments for ‘other students’ in a computer simulation environment about electrical circuits. Assignments consisted of a question, alternatives, and feedback on those alternatives. In this way, subjects were encouraged to engage in processes such as ‘generating questions’, ‘discriminating between examples and non‐examples’, and ‘generating feedback’. The resulting assignments were analysed and different types of assignments were identified. Information on the design process was collected from think‐aloud protocol data. Results showed that students not only designed assignments about facts or procedures, but also about observations made with the simulation. During the design process, subjects actively used their prior knowledge. Students seemed to strengthen their domain knowledge by retrieving and explaining problem‐solving steps, and focus on the dynamic characteristics of the simulated circuits.

Notes

Kirchhoff states that ΣI _{stream towards} = ΣI _{flow of} for a junction; ΣU = 0 in a closed circuit. Ohm states that R = U/I, with the symbols R for resistance, U for voltage and I for current.